The 38th Winter Colloquium on the Physics of Quantum
Electronics was held in Snowbird, Utah from January 6 to 10,
2008, continuing the tradition of being one of the longest
running conferences in laser physics. Participants enjoyed
very high quality talks surrounded by the magnificent splendor
of the mountains in the Wasatch-Cache National Forest.
As in past years, the conference started with a
reception Sunday evening in honor of the recipients of
the 2008 Willis Lamb medal. This is
an award presented annually to a member of the community who
has made a significant impact to the field of laser science.
This years winners were Gershon Kurizki from The Weizmann
Institute, cited for “his contributions to the theory of
short-time quantum decay and decoherence and their dynmaical
control”, Mark Raizen from the University of Texas at
Austin, for “his experimental observation of dynamical
localization, non-exponential decay and Zeno and Anti-Zeno
effects” and Wolfgang Schleich from the Universität
Ulm, for “his work on interference in phase space,
quantum state engineering and dynamical localization.”
This year, 193 participants attended 31 plenary and 144
invited talks. The talks covered a wide range of topics,
including coherent alignment, CARS and other ultrafast topics,
plasmonics, ultracold fermions and bosons, slow and fast
light, novel laser systems including quantum cascade lasers,
metamaterials, and quantum coherent effects. A copy of the
program is found in the follow pages as well as the
conference website
http://www.pqeconference.com/,
which has the programs for all meetings since 2001.
The conference was organized by Marlan Scully of Texas
A&M and Princeton Universities, M. Suhail Zubairy of Texas
A&M University, and George R. Welch, also of Texas A&M
University.
This special issue is a sampling of the papers given at this
conference. They present theoretical and experimental advances
in many of the topical areas covered by the conference and
are a representation of the high quality physics presented
at the Physics of Quantum Electronics.
Frank A. Narducci
Naval Air Systems Command, USA
George R. Welch
Texas A&M University, USA